Portfolio

Polinergy- Project 2023-2024- Milan Italy

Polinergy- Project 2023-2024- Milan Italy
Public Facilities for University in Milan, Italy. The project includes offices, co-working areas, an auditorium, classrooms, a library, workshops, bar and lounge areas, healthcare, exhibition spaces, and related amenities. The key complexity is its central location among campus structures and near residential buildings, demanding careful integration and design considerations.
The platform structure employs a distinctive triangular geometry, enabling the seamless integration of two structural elements: the building volumes and the platform.
Joint point between column and cimentation
Prefabricated concrete structural walls
Prefabricated concrete column=40cmx130cm
Pilot project for a hybrid school with medical facilities in Val Seriana, Italy. The program includes various facilities such as a gym, healthcare spaces, classrooms, co-working areas, lounges, and other amenities. The complexity of this project lay in designing a ramp that connects two streets located at different levels on opposite sides of the building. This design carefully integrates the con cepts of public, private, semi-public, and utility spaces while preserving existing trees and environmental elements.
Architectural Design Project- 2021-2022
Exploaded Structure
Student Residency- 2020-2021- Milan, Italy.
Student Residency- 2020-2021- Milan, Italy.
Student Residency in Milan, Italy.
The project is part of a sustainable design project, which covers different energy production and proposes a self-efficient project
Expo Málaga (for 2027)- 2019-20,Málaga Spain.
Málaga (for 2027)- 2019-20
University of Malaga, Spain Winter 2019, 4th year of Degree
Proposal plan for the EXPO
This plan is a result of the group phase of work
Teatinos, Malaga, Spain: The project is designed as one of the proposed facilities for EXPO 2027 Malaga. After performing a series survey on this area and proposing a general plan in the collaborative phase of my studied, this project was designed as one of functions dedicated to EXPO 2027 Malaga. This is because on the second phase, each student was asked to design two type of facilities. The decision was taken to and close to volleyball, running courts, and other sport facilities. Different spaces are included in the project such as gyms, changing rooms, first aid cabin, offices, and the swimming pool. In addition, a small at the entrance where all the customers and could facilitate them as a welcoming and relaxing space. There are from the front side and backside in case of an emergency. The principal entrance opens to the east side with a high ceiling entrance. From design criterias, it is so-called “playing natural light from the side walls”.There´s a dual-height ceiling considered for the swimming
Sport and Gym Center in Málaga, Spain. The project is designed as one of the proposed facilities for EXPO 2027 Malaga. After performing a series of survey on this area and proposing a general plan in the collaborative phase of project, this Sport center was designed as one of the functions dedicated to EXPO 2027 Malaga.
in diffespaces throughout the entire year.
Objetives, to adapt to the EXPO sustainable principles the project contains different factors such as illumination and natural ventilation bye means of transparent walls that take in and welcome nature inside the building, a nice relationship between what is inside and what is out.
Exploaded Structure
Sport and Gym Center in Málaga, Spain. The project is designed as one of the proposed facilities for EXPO 2027 Malaga. After performing a series of survey on this area and proposing a general plan in the collaborative phase of project, this Sport center was designed as one of the functions dedicated to EXPO 2027 Malaga.
Facade is crucial for the building’s ventilation system. Among other needs, it is good to mention natural light within the different spaces. Large (walls) and smaller (windows) holes are opened. That means by the day during the whole year, these spaces are illuminated and heated by the sun’s rays, thus satisfying the previously mentioned objectives.